On October 13-15th, 2011, ADMET will be exhibiting it's expert 1900, a low force, high speed fatigue testing system, and it's new BioTense System at the BMES Annual Meeting in Hartford, CT. The BioTense is the next generation instrument to help tissue engineers and cell biologists perform high resolution mechanobiology investigations. You can find ADMET in Booth# 808. We look forward to seeing you there.

ADMET is pleased to announce the release of our new BioTense Perfusion Bioreactor Testing System.  BioTense is a next generation instrument to help tissue engineers and cell biologists perform high resolution mechanobiology investigations. Unique to the BioTense is its ability to apply uniaxial mechanical stimulation and directly observe cell/matrix interaction at high magnification over long periods of time.  The Bioreactor sits atop the XYZ stage of an inverted microscope and allows for control of reactor temperature and nutrient concentration.

We are announcing a new member to our family of table-top electromechanical fatigue testing systems. The eXpert 1900 series machines feature efficient voice-coil actuators that are ideal for low-force tension, compression, and flexure testing into the millions of cycles. Engineered to be clean, quiet, compact, and virtually maintenance free, eXpert 1900 series systems are perfect for any testing environment. Every eXpert 1900 is paired with MTESTQuattro, a software controller for dynamic fatigue testing that allows the user to easily create simple and complex waveforms.

There are several ASTM and ISO specifications that require Torque Testing;ISO 594-1, ASTM F543, ASTM 2502, F1541, and A938. There are also many medical device companies that could use a torsion testing system for R&D and prototyping. Many times, the axial forces are low, and the torque capacity is less than 50Nm. ADMET's 81T Torsion Tester comes in 1-100Nm capacity with dead weight pulley system to offset or to apply load to the sample. A Biaxial configuration, for both linear and torsional control, is available in single or dual column configurations at an additional cost.

UMass Biomechanical Research Relies on ADMET

Nanocomposites are typically polymer-based materials in which the microstructure and mechanical behavior are tailored via the incorporation of additives or nanometer-sized particles. They have significantly enhanced mechanical performance, as well as other properties such as electrical conductivity, thermal conductivity, and resistance to permeability and abrasion.

Whether you are in medical device production or R&D testing, mechanical property testing is a critical step in ensuring the quality of your product. Unfortunately, the testing process can be expensive and time consuming. Some companies hire specialized engineers to maintain large and expensive pieces of testing equipment, others decide to outsource their testing needs to laboratories that may or may not understand the needs of your customers.  At ADMET, we decided to make mechanical testing easy and affordable.

Orlando, FL- October 5, 2010 – ADMET, Inc., a provider of integrated materials testing systems, is showcasing their line of single, dual, and biaxial testing systems at the North American Spine Society’s 25^th Annual Meeting. Booth #1891 The testing systems that will be featured are commonly used for testing biomedical materials and medical devices that require both static and dynamic testing profiles as well as uniaxial, biaxial, and long term fatigue.